Preface; 1. The point particle; 2. The classical bosonic string; 3. The quantum bosonic string; 4. The light-cone approach; 5. Clifford algebras and spinors; 6. The classical superstring; 7. The quantum superstring; 8. Conformal symmetry and two-dimensional field theory; 9. Conformal symmetry and string theory; 10. String compactification and the heterotic string; 11. The physical states and the no ghost theorem; 12. Gauge covariant string theory; 13. Supergravity theories in 4, 10 and 11 dimensions; 14. Brane dynamics; 15. D-branes; 16. String theory and Lie algebras; 17. Symmetries of string theory; 18. String interactions; Appendices; Index.
Detailed, step-by-step introduction to the theoretical foundations of strings and branes, essential reading for graduate students and researchers.
Peter West is a Professor at King's College London. He is a pioneer in the development of supersymmetry and its application to strings and branes.
'This single-volume new textbook on string theory will provide a
solid and broad foundation to those who aspire to learn essential
physical aspects on string theory with efficiency and depth. It is
refreshing to see that this textbook contains lots of material
which rarely appears in other string theory textbooks. This
textbook is very helpful and pedagogical and it is strongly
recommended for individuals and coursework.' Jihye Seo,
Mathematical Reviews
'In recent years attempts to find a unified description of all
physical phenomena have embraced not only one-dimensional strings
but higher-dimensional membranes called 'branes'. Few are more
qualified than Peter West to write an introduction to these fields
– he does not disappoint. This masterly exposition provides an
essential guide for graduate students and researchers.' Michael J.
Duff, FRS, Imperial College London
'Peter West's Introduction to Strings and Branes has the same
virtues that made his book on supersymmetry and supergravity such a
resounding success: it is remarkably clear, self-contained and
covers a lot of ground. After having mastered its content, the
serious student will be well-equipped for research in the field.'
Glenn Barnich, Université Libre de Bruxelles
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